auth
auth/grant_test.go
Update CheckEndpoints for strict checking, add CountEndpoints. Create a "strict" mode for CheckEndpoints that will only return true on an exact match, and update the memstore implementation accordingly. Add tests to make sure that the strict mode is adhered to. We need this mode because in certain situations (e.g., the client has more than one endpoint registered), the spec demands a full-string comparison. Add a CountEndpoints method to the ClientStore that will return the number of endpoints registered for a specific client. As we just mentioned, the rules for how a redirect URI is validated depend upon the number of endpoints a client has registered, so we need to be able to get at that number.
1 package auth
3 import (
4 "testing"
5 "time"
7 "code.secondbit.org/uuid"
8 )
10 var grantStores = []GrantStore{NewMemstore()}
12 func compareGrants(grant1, grant2 Grant) (success bool, field string, grant1val, grant2val interface{}) {
13 if grant1.Code != grant2.Code {
14 return false, "code", grant1.Code, grant2.Code
15 }
16 if !grant1.Created.Equal(grant2.Created) {
17 return false, "created", grant1.Created, grant2.Created
18 }
19 if grant1.ExpiresIn != grant2.ExpiresIn {
20 return false, "expires in", grant1.ExpiresIn, grant2.ExpiresIn
21 }
22 if !grant1.ClientID.Equal(grant2.ClientID) {
23 return false, "client ID", grant1.ClientID, grant2.ClientID
24 }
25 if grant1.Scope != grant2.Scope {
26 return false, "scope", grant1.Scope, grant2.Scope
27 }
28 if grant1.RedirectURI != grant2.RedirectURI {
29 return false, "redirect URI", grant1.RedirectURI, grant2.RedirectURI
30 }
31 if grant1.State != grant2.State {
32 return false, "state", grant1.State, grant2.State
33 }
34 return true, "", nil, nil
35 }
37 func TestGrantStoreSuccess(t *testing.T) {
38 t.Parallel()
39 grant := Grant{
40 Code: "code",
41 Created: time.Now(),
42 ExpiresIn: 180,
43 ClientID: uuid.NewID(),
44 Scope: "scope",
45 RedirectURI: "redirectURI",
46 State: "state",
47 }
48 for _, store := range grantStores {
49 err := store.SaveGrant(grant)
50 if err != nil {
51 t.Errorf("Error saving grant to %T: %s", store, err)
52 }
53 err = store.SaveGrant(grant)
54 if err != ErrGrantAlreadyExists {
55 t.Errorf("Expected ErrGrantAlreadyExists from %T, got %+v", store, err)
56 }
57 retrieved, err := store.GetGrant(grant.Code)
58 if err != nil {
59 t.Errorf("Error retrieving grant from %T: %s", store, err)
60 }
61 match, field, expectation, result := compareGrants(grant, retrieved)
62 if !match {
63 t.Errorf("Expected `%v` in the `%s` field of grant retrieved from %T, got `%v`", expectation, field, store, result)
64 }
65 err = store.DeleteGrant(grant.Code)
66 if err != nil {
67 t.Errorf("Error removing grant from %T: %s", store, err)
68 }
69 retrieved, err = store.GetGrant(grant.Code)
70 if err != ErrGrantNotFound {
71 t.Errorf("Expected ErrGrantNotFound from %T, got %+v and %+v", store, retrieved, err)
72 }
73 err = store.DeleteGrant(grant.Code)
74 if err != ErrGrantNotFound {
75 t.Errorf("Expected ErrGrantNotFound from %T, got %+v", store, err)
76 }
77 }
78 }